The Problem.
The demand for orthopedic surgery will double over the next 10 years and is quickly outpacing global surgeon capacity. With this increased demand, there are greater risks and challenges for all involved.

Surgeons will burnout, patients will wait years for critical procedures, hospitals will see skyrocketing expenses and medical device companies will struggle to support these cases, unless there is a fundamental change in how things are done.

We are committed to solving detrimental inefficiencies that all medical device companies face.

Our Mission.
Enhatch is harnessing Artificial Intelligence to create a faster, more accurate and safer surgical experience for the millions of patients who will face life changing surgery every year.

We are building the foundational architecture for all surgeries to become Intelligent Surgeries, reducing the time, cost and inefficiency in the healthcare system.

Creating tools for faster, accurate, and safer surgeries building a bright future for medical device companies.

Our Vision.
The Future of Surgery and the Medical Device Industry requires a new paradigm of more informed, personalized, and efficient care.

We will evolve Intelligent Surgery(TM) to understand and learn from every patient, every surgery and every surgeon.

Our machines are learning from the present to create a future where surgeons will have tech-enabled superpowers like x-ray vision, microscopic zoom, rapid movement and micro-level control.

We are building the foundational architecture for all surgeries to become Intelligent Surgery.

Harnessing Artificial Intelligence for better outcomes
Started in 2012, Enhatch develops software applications powered by artificial intelligence to streamline every element of the surgical experience. Our technologies utilize advanced analytics to evaluate and mitigate potential risks in the surgical planning process. Our data-driven technology can help surgeons, medical device companies, and all members of the surgical team spend less time planning, to focus on their patients.

3D Printing Optimization

Features

Why 3D Printed Implants & Instruments